SpaceX Booster 18 Catastrophic Rupture Anomaly During Proof Testing

SpaceX Booster 18 Catastrophic Rupture Anomaly During Proof Testing

SpaceX Booster 18 suffered an anomaly during gas system pressure testing… No propellant was on the vehicle, and engines were not yet installed. The SpaceX teams need time to investigate before they are confident of the cause. This is not unusual for a first-of-type article. SpaceX has bounced back from worse and iterates extremely quickly. This will have some weeks a maybe months of delays Booster 18 suffered an anomaly during gas system pressure testing that we were conducting in advance of s...
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SpaceX Booster 18 Catastrophic Rupture Anomaly During Gas System Pressure Testing

SpaceX Booster 18 Catastrophic Rupture Anomaly During Gas System Pressure Testing

SpaceX Booster 18 suffered an anomaly during gas system pressure testing… No propellant was on the vehicle, and engines were not yet installed. The SpaceX teams need time to investigate before they are confident of the cause. There were no engines inside. There was no damage to the site. This is not unusual for a first-of-type article. SpaceX has bounced back from worse and iterates extremely quickly. This will have some weeks of delays. Booster 18 suffered an anomaly during gas system pressur...
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Tesla Will Try to Hit 5 Million Vehicles Produced in 2028

Tesla Will Try to Hit 5 Million Vehicles Produced in 2028

Home » Artificial intelligence » Tesla Will Try to Hit 5 Million Vehicles Produced in 2028 Tesla wants to increase vehicle production by 50% by end of 2026. 2.6, 2.7 million annualized production. 2027 4 million 2028 5 million cars. They will need more 4680 batteries which are used for Cybertruck and Semi. Brian Wang is a Futurist Thought Leader and a popular Science blogger with 1 million readers per month. His blog Nextbigfuture.com is ranked #1 Science News Blog. It covers many disruptive t...
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US Deploying 1700 Mile Range Hypersonic Missiles

US Deploying 1700 Mile Range Hypersonic Missiles

The Dark Eagle, Long-Range Hypersonic Weapon (LRHW), is a road-mobile system capable of striking targets up to 1,700 miles away. Each battery has eight missiles on mobile trucks. This setup allows for quick deployment and fast strikes. The US Military is deploying the first missile battery. The LRHW is a road-mobile and air-transportable weapon system, armed with missiles that can travel at speeds in excess of 3,800 miles per hour, with a reported range of 1,725 miles. It communicates with the A...
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Nuclear Tritium Betavoltaic Battery for Space Missions

Nuclear Tritium Betavoltaic Battery for Space Missions

NASA confirmed that nuclear-micropowered probes (NMPs) using tritium betavoltaic power technology is possible. A new study will raise from a valid concept to a proof of concept experiment. Nuclear-micropowered probes could be used for autonomous exploration of the Moon’s permanently shadowed regions (PSRs) and other space missions. Tritium betavoltaics are a class of nuclear batteries that convert the beta decay energy of tritium (a radioactive hydrogen isotope with a 12.3-year half-life) dire...
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SHOCKING Tesla Shanghai Gigafactory BREAKTHROUGH. 95% Robotic, 4X Faster Production of Model YL

SHOCKING Tesla Shanghai Gigafactory BREAKTHROUGH. 95% Robotic, 4X Faster Production of Model YL

Home » Artificial intelligence » SHOCKING Tesla Shanghai Gigafactory BREAKTHROUGH. 95% Robotic, 4X Faster Production of Model YL Tesla Giga Shanghai’s only needs ~2.5 hours to build a Model YL end-to-end. This is a 75% reduction from Tesla’s pre-2023 internal KPIs of 8-10 hours, achieved via unboxed parallel assembly (where subassemblies like chassis, battery, and interior converge simultaneously rather than sequentially). For context, VW’s legacy plants clock in at 20-30 hours per vehic...
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Simplicity of Tesla Cybercab Production Means Mass Production is Only Months Away

Simplicity of Tesla Cybercab Production Means Mass Production is Only Months Away

Home » Artificial intelligence » Simplicity of Tesla Cybercab Production Means Mass Production is Only Months Away There are three major structural body parts for the modular construction of the Tesla Cybercab and the fourth major part is the structural battery. This makes the modularly constructed Tesla Cybercab hyper efficient for mass production but should also make it easy for Tesla to get production started in a few months. Joe Tegtmeyer saw that the Tesla Cybercab modules are being made...
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Four Major Parts for Unboxed Modular Tesla Cybercab Construction

Four Major Parts for Unboxed Modular Tesla Cybercab Construction

Home » Artificial intelligence » Four Major Parts for Unboxed Modular Tesla Cybercab Construction There are three major structural body parts for the modular construction of the Tesla Cybercab and the fourth major part is the structural battery. Joe Tegtmeyer saw that the Tesla Cybercab modules are being made in Austin and tested in Fremont and Austin. There are large numbers of the castings being made. Tesla Cybercab production could start around December 2025 or in the first quarter of 2026....
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Worldchanging Race – Tesla Robotaxi Expansion Vs SpaceX Starship and Starlink

Worldchanging Race – Tesla Robotaxi Expansion Vs SpaceX Starship and Starlink

Home » Energy » Worldchanging Race – Tesla Robotaxi Expansion Vs SpaceX Starship and Starlink Tesla is expanded the Austin Robotaxi service area and is now doubling the number of robotaxi service vehicles in the area. They will soon be providing service to the Austin Airport. The map of the service area is 170 square miles. Tesla FSD 14 will be out next month and it should be 2-3 times safer than human drivers. Spacex has shown success with Starship launching version 3 dummy Starlink satelli...
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Tesla Wet Process Iron LFP Battery Factory for Megapacks Initially

Tesla Wet Process Iron LFP Battery Factory for Megapacks Initially

Tesla has completed an Iron LFP battery factory in Nevada. This is probably going to take 1-2 years to hit volume production and the rumor is that the initial production capacity is 10 GWh per year. This is still pretty small by Tesla standards but a VERY meaningful first investment. Tesla will massively grow their in house LFP prismatic cell production, and possibly roll-in some of their learnings from the dry 4680 production lines in Austin. The current scaling would only be to about 25% of cu...
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